Turn Any Classroom into an Immersive Learning Lab

Give your students instant access to hundreds of AI-powered VR, AR, and 3D simulations. No coding, no complex setup, and no physical lab equipment required—just plug, play, and learn.

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Trusted by innovative educators and districts nationwide

Teach with Immersion

Unlock the Skillful Catalog: 1000+ Ready-to-Use Simulations

HyperSkill Education includes built-in access to the Skillful Catalog, the world’s largest library of professionally developed XR simulations. From exploring careers, to learning about the states of matter, we have your syllabus covered.

  • Career & Technical Education (CTE): Provide hands-on, realistic practice for welding, automotive repair, robotics, and manufacturing.
  • Healthcare & Clinical: Train the next generation of medical professionals with high-fidelity nursing, surgical, and emergency response scenarios.
  • STEM & Sciences: Safely conduct virtual biology labs, chemistry experiments, and physics engines without the cost of physical supplies.
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Plays Nice with Your Existing Devices

We know that if software is hard to set up, it doesn’t get used. HyperSkill is designed to be the easiest immersive platform your IT department will ever deploy.

Hardware Agnostic

No VR headsets? No problem. Deploy on Chromebooks and iPads.

Seamless Rostering

Effortless student logins with Clever integration. (Rostering coming Fall 2026)

LMS Sync

Automatically sync grades and student data to Canvas, Moodle, and Cornerstone.

Our Impact

400,000

Sessions served

135,000,000

Learner data points tracked

500,000

Learners reached via 120+ customers

100%

Greater engagement

106%

Greater learning

7

Hardware platforms supported

3120

VR/AR 3D sims & assets

127

Languages supported

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Want to build your own custom sims and lessons?

You can do that, too. While HyperSkill comes packed with ready-made content, it is ultimately a powerful, no-code authoring platform. If you have advanced creative students and teachers, a robotics or VR/AR clubs, and people who want to create their own interactive 3D environments with AI-agents talk and interact, HyperSkill gives them the tools to drag, drop, and publish their imagination—zero coding required. Learn more about HyperSkill.

SimGenie – Agentic-AI for Immersive Learning

SimGenie is our proprietary AI built directly into the DNA of the HyperSkill platform. It adapts to whoever is using it, providing real-time intelligence across the entire learning lifecycle:

For Creators

  • Builds with just a prompt
  • Creates VR/AR training or assessment
  • Knows instructional design best practices

For Learners

  • AI teaching assistant and tutor
  • Adapts to each learner
  • Socratic tutor that asks, grades, and answers questions

For Admins

  • Chat with your data for instant insights
  • Get action recommendations
  • Feedback loop for instruction and content refinement

Ready to bring immersive learning to your campus?

Whether you are a single teacher looking to pilot XR, or a district leader looking for a site license, we have a plan built for your budget.

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Case Studies

Read our recent case studies in education.

Design Challenge Student Competition 

The American Society of Mechanical Engineers (ASME) ASME holds a variety of competitions every year for engineering students from around the world, including during ASME’s annual E-Fest Digital event . However, with the emergence of the Covid-19 pandemic, such in-person competitions became impossible to organize. ASME collaborated with SimInsights to design, develop and host a brand new fully digital on-line competition. Utilizing the SimInsights HyperSkill platform, the competition focused on autonomous vehicles. The competition was a success with great feedback from organizers as well as student participants.

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Career Pathways for Robotics

There is a growing need to better educate students on what career choices are available to them in a more engaging way. For robotics and automation careers, Clemson and SimInsights developed a simulation where students are able to experience a factory populated with various specialists in different potential fields, see them with the equipment and robots they may work with, and ask them questions about the career paths. This simulation was made for a desktop and VR experience. Students are also presented with a series of next steps that they could take to further pursue a career in the desired field.

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Interactive AR Visualizations

Interactive AR Visualizations

Mechanical engineering students used the HyperSkill platform to import 3D models designed in SolidWorks to see holographic versions of their design projects on HoloLens 2. Students were able to have a detailed and realistic experience of their designs on the Hololens 2 that they would not have been able to using computer-aided design (CAD) software alone. 

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VR / AR Manufacturing Training

VLab is a software product for efficient creation of innovative manufacturing training content for use on a range of VR and AR devices. Specifically, VLab supports creation of equipment focused content and analytics.

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AR Visualization of Renishaw AM400

Metal Additive Manufacturing

To create a system for standardizing the workflow in Metal Additive Manufacturing (AM) in order to efficiently train new operators. This project uses HyperSkill to augment manufacturing training with AR.

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Career Exploration and Preparation

Interactive Career Simulations

Allow students to explore various professions through interactive VR simulations. From medicine to engineering, give them a first-hand experience of different career paths.

Virtual Job Shadowing

Connect students with professionals in their field of interest. Through VR, they can observe and interact in real-time, gaining valuable insights and inspiration.

Augmented Reality (AR) Learning

Bring textbooks to life with AR. Overlay digital information onto the physical world, making complex concepts easier to understand.

Virtual Labs

Conduct experiments in a controlled, virtual environment. Eliminate the risks and costs associated with traditional lab setups while ensuring comprehensive learning experiences.

Hands-on Learning

Provide students with hands-on practice in subjects like chemistry, physics, and biology. Enhance their understanding through interactive and immersive lab activities.

Real-time Feedback

Provide instant feedback and guidance as students work on projects in a virtual environment, enhancing their learning and development.

VR in the Classroom

Virtual Universities (Metaversity)

Step into the future with Metaversity, where students attend classes, participate in activities, and interact with professors in a fully virtual university setting.

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Interactive Learning Spaces

Transform traditional classrooms into dynamic and interactive learning spaces. Facilitate discussions, group projects, and hands-on activities in a virtual environment.

Homeschooling

Create personalized and immersive learning environments for homeschoolers. Connect homeschool students with peers and educators from around the world, fostering a sense of community and collaboration.

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Design Competitions

Encourage creativity and innovation through VR-based design competitions. Students can create and present their projects in a virtual space, receiving feedback and recognition.

Collaborative Projects

 Foster teamwork and collaboration by having students work together on design projects in a virtual setting. Enhance their problem-solving and critical-thinking skills.

Global Learning Communities

Connect classrooms from different parts of the world, fostering collaboration and knowledge exchange.

SimGenie
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